Field Deployments

Real systems. Real outcomes.

From off-grid microgrids to ERCOT grid-services assets, GenieOS runs demanding energy infrastructure in the field. Sites anonymized.

MICROGRID · OIL & GAS
MicrogridOil & GasRemote / Off-grid

Oil & Gas Microgrid · Field 1

Site type. Remote oil & gas production site running as a self-sufficient microgrid — generation, storage, and on-site loads, with limited connectivity.

Challenge. Energy assets from multiple vendors on different protocols at a remote site with no reliable internet — operators needed unified, resilient, local control that never depends on the cloud.

What DJIN deployed. GenieOS as the on-prem plant controller, unifying every asset behind one vendor-agnostic interface. Offline-first by design; the on-prem AI Engine surfaces anomalies and guides operators from local data.

Outcome. Single-pane visibility and control of all energy assets. The site keeps running independent of internet connectivity, with all control staying on-site.

Vendor-agnostic integrationOffline-firstOn-prem AI
MICROGRID · OIL & GAS
MicrogridOil & GasBattery Storage

Oil & Gas Microgrid · Field 2

Site type. A second oil & gas field microgrid, including a ~1 MW / ~1.1 MWh battery energy storage system alongside on-site generation and loads.

Challenge. Deliver the same unified, resilient control as the first field — and prove the platform repeats cleanly across sites rather than requiring bespoke engineering each time.

What DJIN deployed. GenieOS integrating storage, generation, and loads through the same driver-based architecture used at Field 1. Same platform, same workflows — configured to the equipment on hand.

Outcome. Repeatable, multi-site deployment of one platform: storage and generation unified under a single on-prem system, demonstrating throughput across fields.

Repeatable deploymentBattery + generationOn-prem control
GRID SERVICES · ERCOT
Distributed GenerationBattery StorageGrid Services

Distributed Generation / Battery Storage · ERCOT West

Site type. A ~1 MW / ~1.1 MWh grid-connected battery storage asset operating in the ERCOT West load zone — a grid-services deployment, not a microgrid.

Challenge. Exposure to ERCOT peak-demand and 4CP transmission charges. The operator needed precise, well-timed storage dispatch around unpredictable system peaks to reduce cost.

What DJIN deployed. GenieOS manages and dispatches the BESS for peak shaving and 4CP avoidance — timing discharge to coincident system peaks, with on-prem intelligence that surfaces dispatch insight and full local monitoring.

Outcome. Reduced demand and 4CP transmission cost exposure through well-timed storage dispatch — turning battery storage into measurable cost savings.

Grid services / 4CPEconomic dispatchERCOT market

Sites anonymized. Classifiers, regions, and figures are generic and banded — no client, site, or facility names. Geography is market/region level only.

Across Every Deployment

One platform, proven where it's hard.

Different sites, different equipment, the same core capabilities — delivered on-prem first.

Vendor-agnostic

Solar, storage, generation, and meters from different manufacturers unified behind one driver-based interface.

Offline-first

Sites keep running with limited or no connectivity. All control stays on-site — the cloud is optional.

Outcome-driven

From resilience at remote sites to peak shaving and 4CP avoidance in ERCOT — measurable operational and cost results.

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